Please assist with question P-2.7(e). With details on how to do it. Thank you. 100Use it to evaluate (+j) ¹0⁰.P-2.7 Simplify the following expressions:(a) 3ej/3 +4e-jπ/610(b) (√√3-j3)"(c) (√√3-j3)¯¹1/3(d) (√3 – j3)(e) R {je-j/³]}Give the answers in both Cartesian form (x + jy) and polar form (reje).P-2.8 Suppose that MATLAB is used to plot a sinusoidal signal. The followingMATLAB code generates the signal and makes the plot. Derive a formula for the signal;then without running the program, draw a sketch of the plot that will be done by MATLAB.dt = 1/1000;ttTe-0.15 : dt : 0.15;Fo = 7;zz = 15*exp(j* (2*pi*Fo* (tt + 0.875)));XX =real ( zz );plot (tt, xx), grid ontitle('SECTION of a SINUSOID' )xlabel ('TIME (s)/ )

Answered: Image /qna-images/answer/4af20952-53b9-4993-b18f-062c3ea646ab.jpg

P-2.7 Simplify the following expressions: (a) 3ej/3 +4e-jπ/6 10 (b) (√3-j3) ¹⁰ (c) (√3-j3) (d) (√3-j3)¹/³ (e) R {je-j/3} Give the answers in both Cartesian form (x + jy) and polar form (reje). P-2.8 Suppose that MATLAB is used to plot a sinusoidal signal. The follo MATLAB code generates the signal and makes the plot. Derive a formula for the s then without running the program, draw a sketch of the plot that will be done by MAT dt = 1/1000; T tt = -0.15 : dt: 0.15; FO - 7.